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Ethernet Cable

Ethernet cables are essential for connecting computers and other devices to networks. They come in various lengths and colours, but what makes one better than another? This article outlines everything you need to know about choosing the right ethernet cable for your needs.

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Buyer's Guide

How to choose the
best ethernet cable

What is the Purpose Of An Ethernet Cable?

An Ethernet cable connects computers together using data transmission technology called "Ethernet". Most modern computers today include built-in Ethernet ports which allow them to connect directly to each other via a network connection. However, there are times when you may wish to connect two devices together that do not share a common network port. For example, you may be connecting a printer to a router, or connecting a modem to a computer. To accomplish these connections, you must use an Ethernet cable.

How Do You Know Which Type Of Ethernet Cables Are Right For You?

There are many different types of Ethernet cables available. Some are designed specifically for networking purposes while others are meant for general household uses. Knowing the type of Ethernet cable you require can be confusing. Here are some tips to help you determine which type of Ethernet cable is right for you.

Look for the color coding on the ends of the cable. Different colors indicate specific functions.

The most commonly found Ethernet cables are yellow (for power), white (for data) and blue (for voice).

Some Ethernet cables are labeled with the word "LAN" or "RJ45." LAN stands for Local Area Network and RJ45 refers to the physical connector design.

Most Ethernet cables are rated according to the number of wires inside. The higher the rating, the greater the speed of the cable.

To ensure compatibility between your equipment and the Ethernet cable, check the manufacturer's specifications.

Finally, always test the Ethernet cable prior to installation.

The Importance of Purchasing a Quality Ethernet Cable

Ethernet cables are essential components of modern technology. Without these cables, we wouldn’t be able to connect our computers together, nor would we be able to access the internet. However, there are many different types of cables available today, each designed to perform differently depending on its intended usage. For example, Cat5e cabling has been specifically developed to handle high speed data transfer rates while Cat6 cabling is designed to carry voice signals. So which type of cable should you go for? Here are three reasons why you should always opt for a quality Ethernet cable.

1) High Speed Data Transfer Rates

As mentioned earlier, Cat5e cabling was created to handle high speed data transfers. As such, it offers higher bandwidth capabilities than standard Cat5 cabling. This means that it can support faster data speeds between devices. Therefore, if you plan on connecting multiple devices together using Cat5e cabling, you should ensure that they are connected via a Cat5e patch panel. Otherwise, you could experience issues with slow data transfer rates.

2) Long Distance Connections

Another reason why you should invest in a quality Ethernet cable is due to the fact that it enables long distance connections. Standard Cat5 cabling cannot transmit data beyond 100 meters. However, Cat5e cabling can extend this range to 1 kilometre. This means that you can connect two devices located far apart from each other and still maintain a stable connection. Furthermore, Cat5e cabling supports gigabit networking, meaning that it can handle extremely fast data transfer rates.

3) Voice Signals

Finally, another benefit of investing in a quality Ethernet cable is that it can enable voice communications. Although most companies now utilize VoIP (Voice Over Internet Protocol), traditional analog telephone lines remain popular. To connect these systems together, you must install a splitter box. Unfortunately, most splitter boxes require Cat5 cabling. However, Cat5e cabling can be used to create a direct link between the two systems. This eliminates the need for a splitter box altogether.

There are several factors that determine whether a particular Ethernet cable is right for you. First, you should check the length of the cable itself. Most manufacturers recommend that you use a minimum of 10 metres of cable per port. Next, you should pay attention to the number of ports that the cable contains. Ideally, you should select a cable that comes

Features To Look For When Buying An Ethernet Cable

An Ethernet cable is a type of network cable which connects computers together using a twisted pair of copper wires. Ethernet cables connect devices such as printers, routers, modems, hubs, switches, and servers. Ethernet cables are commonly available in lengths ranging from 1 meter (39 inches) to 100 meters (328 feet). Ethernet cables are generally color coded according to length, although there are exceptions. Most modern Ethernet cables are constructed using four pairs of insulated copper wire twisted together into a single strand. Each pair of wires has two conductors; each conductor carries data signals between devices connected via the cable. There are three types of Ethernet cabling standards: 10BASE5, 10BASE2/10BASE-T, and 1000BASE-X.

The Different Types Of Cables

There are different types of Ethernet cables depending on the speed of transmission required. Some Ethernet cables are designed specifically for high speed applications while others are suitable for low speed connections. High Speed Ethernet (also known as Gigabit Ethernet) uses a standard called IEEE 802.3u. Low Speed Ethernet (or Fast Ethernet) uses a standard called IEEE 802.3x. Both these standards allow for speeds of up to 500 megabits per second. However, most consumer grade Ethernet cables are limited to 100 Mbps (100BaseTX), 200 Mbps (200BaseTX), 400 Mbps (400BaseTX), 800 Mbps (800BaseTX), or 1 Gbps (1000BaseT).

Ethernet Connections Are Wired Only

Unlike telephone lines, Ethernet cables cannot be shared among multiple users. All Ethernet cables must be installed individually. Therefore, if you wish to share a connection with another user, you must install a crossover cable. A crossover cable consists of two connectors on either end of the cable. One connector plugs into the port on the receiving device and the other plug goes into the corresponding port on the sending device. Crossed cables are necessary whenever connecting two devices that operate at different voltages. For example, if both ends of the Ethernet cable are plugged into a router, the router needs to support both voltage levels. Otherwise, the router could potentially fry itself.

Most Ethernet cables are rated based on the distance they can transmit data. Longer cables are capable of transmitting longer distances. However, shorter cables are easier to handle and cheaper to produce. As a general rule, the longer the cable, the higher its price tag. Many manufacturers include a label indicating the maximum length of cable included in the package. However, many cables exceed this limit.

Ethernet cables are very common these days. There are different kinds of Ethernet cables available today. Each type has its own advantages and disadvantages. Here we discuss the most commonly used ones.

Cat5e Cables

These are the standard cables which are widely used in offices and homes. Cat 5e cables are designed to carry signals at speeds upto 100 Mbps (Megabits per second). Most computers require Cat 5e cables to connect to each other. However, there are many variants of Cat 5e cables available in the market. Some of the popular variants include Cat 5e UTP, CAT 6, CAT 7 etc.

CAT6 Cables

This variant of Ethernet cable is mainly used for connecting devices together. For example, you can use CAT6 cables to connect two PCs together. CAT6 cables are generally thicker compared to Cat5e cables. Therefore, they are suitable for longer distances between devices. However, they cannot be used for short distance connections.

CAT7 Cables

The latest version of Ethernet cable is called CAT7. Unlike CAT6, CAT7 cables support data rates upto 1000Mbps. As the name suggests, CAT7 cables are capable of carrying higher speed data. However, they are quite expensive. Therefore, they are mostly found in high end networks.

Other Types of Ethernet Cables

There are many other types of Ethernet cables available in the market. We list here few of them.

UPSCALE - This is a special kind of Ethernet cable which supports Gigabit speeds. UPSCALE cables are ideal for connecting servers to switches.

Fiber Optic Cables - Fiber optic cables are extremely thin and light weight. They are perfect for long distance connection.

Coaxial Cables - Coaxial cables are basically coaxial connectors attached to RJ 45 plugs. They are used to transmit video signals.

In conclusion, Ethernet cables play a vital role in modern networking systems. Although there are many varieties of Ethernet cables available in the market, Cat 5e remains the

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